How to use start_server_in_thread method in Slash

Best Python code snippet using slash

geant4_server.py

Source:geant4_server.py

...125        worker = Process(target=start_server_in_thread, args=(meta, input_queue, output_queue))126        worker.start()127        workers.append(worker)128    return workers129def start_server_in_thread(meta, input_queue: Queue, output_queue: Queue):130    with Geant4Server(meta) as server:131        for input_data in iter(input_queue.get, "END"):132            text = input_data.data133            meta = input_data.meta134            data = server.send(text)135            output_queue.put(QueueData(meta, data))136    output_queue.put("END")...

test_server.py

Source:test_server.py

1from unittest import TestCase2import numpy as np3from phd.satellite.geant4_server import Geant4Server, DetectorMode, StartParameters, start_server_in_thread4from phd.satellite.run import request_generator5from phd.satellite.satellite_pb2 import Run6from multiprocessing import Pool7class TestServer(TestCase):8    def test_single_thread(self):9        meta = {10            "gdml": "../satellite.gdml",11            "mode": DetectorMode.SINGLE.value,12            "port": 877713        }14        values_macros = {15            "radius": 0.15,16            "shift": [0.0],17            "theta": [0.0],18            'energy': np.arange(1.0, 3.1, 1.0),19            'number': [10],20            'particle': 'e-'21        }22        with Geant4Server(["../build/satellite/geant4-satellite.exe server"], meta) as server:23            run = Run()24            for text, value in request_generator(values_macros, [0.0, 0.0, 0.1]):25                data = server.send(text)26                run.ParseFromString(data)27                for event in run.event:28                    print(event.deposit[0])29    def test_multy_thread(self):30        meta = {31            "gdml": "../satellite.gdml",32            "mode": DetectorMode.SINGLE.value,33            "port": 877734        }35        values_macros = {36            "radius": 0.15,37            "shift": [0.0],38            "theta": [0.0],39            'energy': np.arange(1.0, 3.1, 1.0),40            'number': [10],41            'particle': 'e-'42        }43        parameters = []44        port = 877745        import copy46        for i in range(4):47            meta["port"] = port + i48            parameters.append(49                StartParameters(50                    copy.deepcopy(meta),51                    request_generator(values_macros, [0.0, 0.0, 0.1]),52                    Run53                )54            )55        with Pool(4) as p:56            for result in p.imap_unordered(start_server_in_thread, parameters):...

tkapp.py

Source:tkapp.py

1from flatting.app import main as start_server2## Briefcase doesn't support tkinter3import asyncio4import tkinter as tk5async def start_server_in_thread():6    def start_server_wrapper():7        asyncio.set_event_loop(asyncio.new_event_loop())8        start_server()9    10    # Run the server in a thread.11    import threading12    server = threading.Thread( name='flatting_server', target=start_server_wrapper )13    server.setDaemon( True )14    server.start()15def start_gui():16    import tkinter as tk17    root = tk.Tk()18    19    ## Adapting: https://stackoverflow.com/questions/47895765/use-asyncio-and-tkinter-or-another-gui-lib-together-without-freezing-the-gui...

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